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The MDA-180 coagulation analyser: a laboratory evaluation
A Mohammed1, P A Mehrabani, R Coombs
1Department of Hematology, Westmead Hospital, NSW Australia.
Pathology
|May 1, 1997
Summary
The MDA-180 automated coagulation analyser demonstrates reliability and ease of use in a diagnostic laboratory setting. It offers fast sample throughput and accurate analytical performance for various hemostasis assays.
Area of Science:
- Clinical diagnostics
- Hematology
- Laboratory automation
Background:
- The MDA-180 automated coagulation analyser was evaluated in a routine diagnostic hemostasis laboratory.
- The instrument has been in use for over 18 months, processing more than 22,000 samples.
Purpose of the Study:
- To assess the technical performance, ease of use, reliability, and analytical capabilities of the MDA-180.
- To evaluate its ability to perform assays currently done with alternative methods and its potential for streamlining workflows.
- To assess its compatibility with laboratory information systems.
Main Methods:
- The MDA-180 was used in a working diagnostic laboratory environment.
- Over 22,000 samples were processed, with >90% using the cap-piercing function.
- Co-evaluation of assays including PT/INR, APTT, TT, Fibrinogen, Protein C, ATIII, coagulation factors, Lupus anticoagulant (dRVVT), and heparin (alpha Xa).
- Testing of various reagents, particularly for PT and APTT assays.
- Interfacing with the CERNER PATHNET Laboratory Information System.
Main Results:
- The MDA-180 demonstrated remarkable intra-assay and inter-assay precision for PT and APTT.
- Comparative assessments showed good correlation with existing test assay systems.
- The instrument was successfully interfaced with the CERNER PATHNET system.
- Over 90% of samples were processed using the automated cap-piercing facility.
Conclusions:
- The MDA-180 automated coagulation analyser is reliable and user-friendly.
- It is capable of fast sample throughput and accurate analysis of hemostasis assays.
- The instrument is suitable for use in a diagnostic hemostasis laboratory environment.